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--- takin:help:tutorial [2023/03/25 14:07] – started with tutorials tweber
+++ takin:help:tutorial [2023/09/21 09:26] (current) – tweber
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-====== Takin tutorials ======
+====== Takin Tutorials ======
 {{ :takin:tutorial2.svg?nolink&120}}
-Demos for using the resolution convolution can be found [[https://code.ill.fr/scientific-software/takin/data/-/tree/master/demos|here]].
+Demos for using the resolution convolution are available in the source distribution which can be downloaded [[https://codeload.github.com/ILLGrenoble/takin/zip/refs/heads/master|here]]. To use these demos, please unpack the archive from the link.
-To use these demos, please first download the data archive [[https://code.ill.fr/scientific-software/takin/data/-/archive/master/data-master.zip|from here]] and unpack it.
+The full documentation for //Takin// and further tutorials can be found [[https://github.com/ILLGrenoble/takin/wiki|here]].
@@ Line 10: / Line 10: @@
   - Open the convolution dialog using "Resolution" -> "Convolution..." in Takin's main menu.
-  - Select "File" -> "Open..." in the convolution dialog's menu and navigate to the folder where you downloaded and extracted the data archive (see above). Go to the sub-folder "data/demos/magnon" and open the file "magnon_convolution.taz".
+  - Select "File" -> "Open..." in the convolution dialog's menu and navigate to the folder where you downloaded and extracted the data archive (see above). Go to the sub-folder "data/demos/magnon_afm" and open the file "magnon_convolution.taz".
   - Click the "Start Sim." button to calculate a resolution-convolution simulation.
-  - You can visualise and change the magnetic model by loading it into the magnon caclulation module. To do so, select "Tools" -> "Magnetic Dynamics" in Takin's main window.
+  - You can visualise and change the magnetic model (here: an antiferromagnetic chain) by loading it into the magnon calculation module. To do so, select "Tools" -> "Magnetic Dynamics" in Takin's main window.
-  - In the magnon dialog, select "File" -> "Open..." from the menu and select the file "antiferromagnetic_chain.magdyn" from the sub-folder "data/demos/magnon" of the extracted data archive. You can edit and save the model, and the results will be immediately visible in the convolution dialog when doing a resimulation.
+  - In the magnon dialog, select "File" -> "Open..." from the menu and select the file "model.magdyn" from the sub-folder "data/demos/magnon" of the extracted data archive. You can edit and save the model, and the results will be immediately visible in the convolution dialog when doing a resimulation.

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